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Packages that use RelationalProperty | |
sugr | This package (SUGR) is a library for Statistically Uncertain Geometric reasoning. |
sugr.GUI | This package includes two simple applets generated with the SUGR library. |
Uses of RelationalProperty in sugr |
Classes in sugr that implement RelationalProperty | |
class |
BiRelationalProperty
class representing a relational property which is a non concrete relation between an existing entity and a second entity wich does NOT exist yet. |
class |
Equal
Contains methods if two elements are equal or not. |
class |
Incident
Contains methods if two elements are incident or not. |
class |
Orthogonal
Contains methods if two elements are orthogonal or not. |
class |
Parallel
Contains methods if two elements are parallel or not. |
class |
TriRelationalProperty
This class represents trilinear relations. |
Methods in sugr with parameters of type RelationalProperty | |
void |
ScaledMotion_3D.approximate(RelationalProperty[] rprops)
Compute an approximation of an entity. |
protected Matrix[] |
Plane_3D.getReducedAB(RelationalProperty rprop)
Get the reduced Matrix A and B from a relational property. |
protected Matrix[] |
Point_3D.getReducedAB(RelationalProperty rprop)
Get the reduced Matrix A and B from a relational property. |
boolean |
Motion_3D.estimate(RelationalProperty[] rprops,
boolean doConditioning,
int maxiter,
RelationalProperty[] yhat,
double[] sigma0,
int[] no_of_iterations,
boolean estimate_sigma0)
Estimation of that entity out of given relational properties. |
protected Matrix[] |
Transformation.getReducedAB(RelationalProperty r)
Get the reduced Matrix A and B from a relational property. |
Matrix |
Transformation.getJacobianOfRelation(RelationalProperty rp)
Get the (joint) Jacobian matrix after the observation of a trilinear Relation between two entities and a tranformation. |
static double[] |
TriRelationalProperty.doCondition(RelationalProperty[] rprops)
Do conditioning of the observations.Two factors for all first entities and all second entities are returned. |
static double[] |
TriRelationalProperty.doConditionOneFactor(RelationalProperty[] rprops)
Do conditioning of the observations with one factor. |
static void |
TriRelationalProperty.doCondition(RelationalProperty[] rprops,
double[] f)
Do conditioning of the observations. |
protected Matrix[] |
Line_3D.getReducedAB(RelationalProperty rprop)
Get the reduced Matrix A and B from a relational property. |
void |
Element.approximate(RelationalProperty[] rprops)
Compute an approximation of an entity. |
boolean |
Element.estimate(RelationalProperty[] rprops)
Estimation of that entity out of given relational properties. |
boolean |
Element.estimate(RelationalProperty[] rprops,
boolean doConditioning,
int maxiter,
RelationalProperty[] yhat,
double[] sigma0,
int[] no_of_iterations,
boolean estimate_sigma0)
Estimation of that entity out of given relational properties. |
boolean |
Element.gaussHelmertIterations(RelationalProperty[] rprops,
int maxiter,
RelationalProperty[] yhat,
double[] sigma0,
int[] no_of_iterations,
boolean estimate_sigma0)
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boolean |
Element.gaussHelmertIterationsOld(RelationalProperty[] rprops,
int maxiter,
RelationalProperty[] yhaterg,
double[] sigma0,
int[] no_of_iterations,
boolean estimate_sigma0)
Iterations of a Gauss-Helmert model for estimating new entities. |
protected Matrix[] |
Element.getReducedAB(RelationalProperty r)
Get the reduced Matrix A and B from a relational property. |
abstract Matrix |
Element.getJacobianOfRelation(RelationalProperty r)
Return Jacobian Matrix in combination with a relation. |
Matrix |
Entity.getJacobianOfRelation(RelationalProperty r)
Return Jacobian Matrix of that entity in combination with a relation. |
static double[] |
BiRelationalProperty.doCondition(RelationalProperty[] rprops)
Do conditioning of the observations. |
static void |
BiRelationalProperty.doCondition(RelationalProperty[] rprops,
double[] f)
Do conditioning of the observations. |
Constructors in sugr with parameters of type RelationalProperty | |
Plane_3D(RelationalProperty[] rprops)
Estimates a new plane |
|
Point_3D(RelationalProperty[] rprops)
Estimates a new point. |
|
Point_2D(RelationalProperty[] rprops)
Estimates a new Point |
|
Line_2D(RelationalProperty[] rprops)
Estimates a new line. |
Uses of RelationalProperty in sugr.GUI |
Methods in sugr.GUI with parameters of type RelationalProperty | |
static boolean |
EstimationWrapper.estimate(Element e,
RelationalProperty[] rprops,
boolean doConditioning,
int maxiter,
RelationalProperty[] yhat)
Call estimation function and deliver sigma0 and no_of_iterations in class variables. |
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